Molecular sieves
The Rheoplus line offers binders for molecular sieves made from sepiolite and attapulgite clays:
- Tailored products based on specific client needs.
- Carbonate-free and quartz-free products available, guaranteeing a long and safe molecular sieve shelf life.
- Perfect consistency between batches.
Main Markets:

Synthetic zeolite-based molecular sieves
What effect does the use of binders from sepiolites and attapulgites have on the production of molecular sieves?
Sepiolites and attapulgites act as binding agents that improve the cohesion and mechanical strength of molecular sieves. This is essential to maintain the structural integrity of the sieves during handling, transport, and use in various applications.
The incorporation of sepiolites and attapulgites in the matrix of the molecular sieve contributes to increasing its durability and wear resistance. This is especially important in industrial applications where sieves may be subject to adverse physical and chemical conditions.
Sepiolites and attapulgites are known for their excellent thermal stability. When used as binders in the production of molecular sieves, they help maintain the stability of the crystal structure of synthetic zeolites even at high temperatures, ensuring consistent and prolonged performance.
The selection of sepiolites and low-carbonate attapulgites is crucial in the production of molecular sieves. The presence of carbonates could compromise the stability of the sieve structure.
The combination of the above benefits contributes to a long shelf life of molecular sieves. These sieves are essential in a variety of industrial processes, and the use of sepiolites and attapulgites as binders ensures that the sieves maintain their effectiveness and performance over an extended period.
The use of sepiolites and attapulgites as binders in the production of molecular sieves from synthetic zeolites offers essential benefits to ensure the efficacy and longevity of molecular sieves in critical industrial applications.